Everything in the universe is conducted in this
manner. The M-51 galaxy and NGC 7317-7320 below are also classic
examples of atomic structure in which energy flows between
the magnetic and energetic loops.

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Click to Enlarge

The magnetic loop (neutron's properties) safeguards
the formation's energetic matter and space. However, over
the course of millions of years, its energy gradually escapes
into space. In fact, all wave formations, including the atom,
lose their energy in a similar fashion. The blue sections
of all the pictures in this chapter mark the gravitational/magnetic
loops that firmly maintain all their areas. On the other hand,
the red sections evince the dispersal of energy that is indicative
of the energetic portion. The natural ability of energetic
matter to simultaneously unite and divide as a result of the
contrasting properties of the two loops never ceases to amaze
me.

As
noted in the section on Fundamental Forces, the magnetic loops
in an atom are more commonly referred to as weak force. They
are actually quite strong, but their purview is limited to
a very small area. The magnetic loop preserves and controls
its energetic component by means of Schrödinger's superposition.
The nucleus of the helium atom conserves its energetic matter
most efficiently and is thus designated the alpha formation
(right and below).

The atom's energetic matter is thus the primary
factor in the efforts of the magnetic loop to maintain the
wave formation's, and for that matter the entire universe's,
structural integrity.